Full citation
Karuei, I., Hazelton, T. W., MacLean, K. E., Baumann, M., and Pan, M. (2010). “Presenting a Biometrically-Driven Haptic Interaction Loop.” in ACM Conf. on Human Factors in Computing Systems (CHI '10), Workshop on Whole Body Interaction. Atlanta, GA, 4 pages, April 2010.
Abstract
Computer interfaces often make large demands on users’ attention, both to request and gather input and to provide
output (feedback). In this position paper, we propose a new style of interaction that minimizes these attentional
requirements while still providing support for rich input and output. Physiological data is used to drive the execution of
a program and direct its behavior, while mounted mobile tactile displays provide granular application feedback at an
appropriate level of intrusiveness for the given context. We present evidence for the effectiveness of our interaction
approach from the literature, and describe several existing and potential applications including smart portable audio
players and spatiotemporal guidance systems.
output (feedback). In this position paper, we propose a new style of interaction that minimizes these attentional
requirements while still providing support for rich input and output. Physiological data is used to drive the execution of
a program and direct its behavior, while mounted mobile tactile displays provide granular application feedback at an
appropriate level of intrusiveness for the given context. We present evidence for the effectiveness of our interaction
approach from the literature, and describe several existing and potential applications including smart portable audio
players and spatiotemporal guidance systems.
Paper
SPIN Authors
Year Published
2010